JPH0241189A - Tile for combination game device - Google Patents

Abstract

PURPOSE:To successively continue the other game when one game is finished by applying a mark such as a numeral or an alphabet on one side wall of a tile housed in case and applying a part of a picture pattern completed on other side wall. CONSTITUTION:A case K''' is perfectly fitted to a case K''. Recessed parts 16, 17 and protruding pieces 18, 19 formed in the respectively cases are detachably fitted to each other. On one side wall face a marked on a tile P or a tile P', that is, on the back side of a numeral R, a part g or respective picture patterns A, A' or a character C' or a mark M' is printed. Accordingly, when the numerals of the tiles P of the side of the numerals are arranged in a specified sequence, the picture patterns A, A' are completed. When the tiles P are arranged not in the specific sequence but in a fixed sequence or in an irregular sequence, the picture patterns A, A' or the numeral R are decomposed.

Description

[Detailed Description of the Invention] Industrial Application Field The present invention is a so-called game in which a player moves a plurality of pies with his fingers in a case of a predetermined size and rearranges each pie in a certain order. This is related to the combination game machine Pi.

Conventional Technology There are two types of combination game machines of this type, for example:
One is the number matching game device G (see Figure 5) that allows you to play by rearranging the numbers, and the other is mI, which allows you to play by rearranging the pictures. In the front view of FIG. 5, where there is a pattern matching game machine G' (see FIG. 6), a plurality of pies P are each marked with a number R from 1 to 15", and is square, and this pie P is housed in case K.

Furthermore, when playing a game with this game machine G, only one pie P' with a mark M not related to the number R is taken out from the case. In FIG. 5, it is shown in a perspective view with an arrow on the right side.

Each pie P accommodated in this game device G is shown in FIG.
As shown in the figure, the number R 6 is marked on the front side of the pie P, and the back side of the pie P is plain. therefore,
This number-matching game device G can only play games that involve simply matching numbers.

FIG. 6 is a front view of a picture-matching game device G', in which a plurality of pies P are housed in the case, forming a picture FgA. The pie P of this game machine G' is also placed on one wall of III (for example, the front side) in the same way as above.
A part g of the pattern G' is printed, but the opposite side of the pie P, that is, the back side, is plain as shown in FIG. 6(b). Therefore, this game machine G' can only play games that involve matching patterns.

To explain how to play both game machines A and B, a plurality of pies P, which have been left separately, are arranged randomly in the case by hand, and all the pies P are placed in the case. After storing it in the case, select a pie P' that is not related to the game from among all the pies P, take out only this one from the case, and then define the space S after this pie P' is gone. Using this method, each pie P in the pond was moved by 1 m each while pushing it with a fingertip, and as a result of the pie P being moved in a certain order, the desired game was obtained. It's a way of playing.

In particular, in the case of the former number matching game device G, as shown in Figure 9 (1
) to (4) in the same figure, there are 81 ways of arranging the pies P.

In the case of the pattern matching game machine G', although there are only a few combinations, each pie P has a portion g of the pattern printed on it, so the patterns A are scattered from inside the case to outside the case, and the Similarly, each pie P is housed in a case in a separate state, and the space S' created after one pie P' is extracted from the case is used to store the pie P. Slide each one into the case with your fingertips, ! This is a game machine G' in which two patterns A are completed.

It is a kind of toy that can be played with combinations in which a desired game is completed by moving a plurality of pies P in a fixed order in a space with such limited dimensions. These toys are manufactured by different companies and sold at toy stores and model stores.

Problems that the invention aims to solve The way to play both games is to arrange the pies separately in a case with the pies scattered in advance, and rearrange them in a certain order to play the desired game. However, if you want to play the game repeatedly, you can throw the completed pie out of the case again, break each pie into pieces, and then put it back in the case again. , each case has to be arranged separately in order to prepare for the next case, which has the disadvantage of requiring a lot of time and effort.

Moreover, since the number matching game machine and the picture matching game machine are sold separately as different types, it is necessary to purchase both game machines separately, which is a disadvantage for the purchaser.

The purpose of the present invention is to eliminate such drawbacks by using a game device that weighs only 1 gram, so that both the number matching game G and the pattern matching game G' can be played at all times without throwing the pie out of the case one by one. Once one game is completed,
The purpose is to allow the other player to continue playing the game.

Means for Solving the Problems In order to achieve the above object, the present invention provides each case of predetermined dimensions, one or both of which is transparent and has a depth approximately half the thickness of the pie; In a pie combination game machine having a plurality of pies housed in one side of the case and a pie pulled out from the case in advance at the start of the game, one side wall surface of the pie housed in the case (
The purpose is to mark a code such as a number or alphabet on the front surface of the pie, and to mark a part of the pattern to be completed on the other (back) side wall of the pie on which the code is marked.

In addition, multiple pies with numbers on one side wall and part of a picture on the other side wall are placed in a case, and the pies with the numbers on the front are placed in a specified order in the case. When lined up, each part marked with a part of the pattern on the back is combined to form a completed pattern, and when multiple pies with numbers marked are lined up in a certain order, part of the pattern is combined. The pattern on the marked side is separated into each part, resulting in a disassembled pattern.

Furthermore, in the above game machine, a case is provided with a plurality of pies with an alphabet on one side wall and a part of a picture on the other side wall, and a plurality of pies with alphabets marked on the front side. When they are arranged in a certain specified order, each part of the pattern on the side where a part of the pattern is marked is combined to form a completed pattern, and multiple pies with alphabets marked on the surface are arranged in a certain order. When arranged in order, the pattern on the side where a part of the pattern is marked becomes a separate pattern for each part.Also, in one case, two rows are arranged in parallel and are each equally divided into two. (X) (Y) A plurality of pies are provided, and independent 12M and letters are placed on one side wall of the pies, and the number or alphabet side is arranged in a fixed order determined by ↑. When,
The problem lies in the displacement of the completed picture.

Operation In the number matching game device G'' shown in Fig. 1, a plurality of pies (from 1 to 15) are sequentially moved to the right (
Complete the game by arranging them in increasing numbers (as shown).

Therefore, the game of this number matching game machine is 16
By pulling out the numbered pie, that is, the pie marked with the mark, from inside the case in the direction of the arrow, use the space left after pulling out to remove each pie (pies from 1 to 15) one by one. If you move the pie while pressing it lightly with your fingertip, the pie will be displaced as shown in Figure 3 or Figure 9 (1) to (4), and you can play with arranging it in various ways.

Also, if you move each pie in the fixed order specified from Figure 1 and arrange them as shown in Figure 3, the pattern in Figure 2 will be displaced in the opposite direction and become independent, like the pattern in Figure 4. It turns out. After the pattern is completed as shown in Figure 4, one of the cases is placed over the case housing each pie, and the case is turned over. In other words, if you turn the case over after putting it on, the pattern in Figure 2 will have the number side facing up as shown in Figure 3, and the position of the numbers will be vertically downward and in a certain order. In other words, they are lined up vertically by the number of numbers 4.

Therefore, by rearranging the pie numbers from the state shown in FIG. 3 into the specified order as shown in FIG. 1, it is possible to complete an independent pattern as shown in FIG. 2.

If you do not move the numbers from Figure 3 to Figure 1,
For example, if each pie is moved in a fixed order from Figure 9 (1) to Figure 9 (4), all of the patterns on the back side will be disassembled into pieces.

Therefore, since the pattern has been disassembled into pieces like this, if you move each pie so that they are arranged in a certain fixed order to complete it again, for example, one number side will look like the one shown in Figure 1. The numbers will be lined up in a certain order specified in Figure 3, or the numbers will be lined up in a certain order specified as shown in Figure 3.

Only when the numbers are not arranged in the specified fixed order as described above, one of the patterns is completed, and the direction of the pattern can be changed depending on the specified fixed number side arrangement.

Also, when numbers are arranged in a certain order without specifying how they are arranged, for example, from Figure 9 (1) to Figure 9 (
When you choose one of the above 4) and move the pie in a certain order, the completed pattern shown in Figure 2 or Figure 4 will be separated into pieces and decomposed into complicated pieces. become.

Therefore, as you enjoy one game and complete the game, either the numbers or the symbols on the other side will change in various ways, so as soon as you finish one game, you can put the pie in the case. If you put another case on top of this case while you are in mom mode and then flip the case over, you can resume the next game.

Therefore, two types of games G and G', ie, number matching and picture matching, can be played with one game machine.

Example Embodiments of the present invention will be described below with reference to the drawings.

In the figure, FIG. 1 is a front view of the number matching game device G'', in which one side wall surface (for example, the front side) a has a
The number R from 15 to 15 is marked. This plurality of pies (15 in total, excluding pies P' with marks)
is housed in a case K'', and numbers R from 1 to 15 are arranged sequentially from left to right to illustrate the completion of the game.

Further, FIG. 1 shows a perspective view of a pie P' with a mark M fitted next to the number R 15, which is inserted in addition to the 15 pies, and is pulled out in the direction of the arrow. The plurality of pies P and pies P' are made of a material such as plastic or cardboard, and are formed into a square shape, but they may also be rectangular. On the wall surface (Table 111) a, there is a pie P in Figure 1 (a).
As shown in (front view), the number R1, for example, the number 6, may be engraved and the surface of this number R may be displayed by gold foil (not shown) or printing.

Also, when playing the game by moving the pie P, each pie P
It is necessary to create a space S so that the robot can move vertically and horizontally. For this purpose, only one piece must be extracted from all the pies P and pies P', so in that case, first, the pie P' with the mark M is removed from the case f(''. .This pie P' is engraved with a special mark M, and the surface of this mark M is colored, or
Or printing.

In addition, one case K'' that houses the plurality of pies P and P' in a row is made of transparent plastic material, but another case that is placed over this case K'' is transparent or translucent. , or may be non-transparent, this case K'' is formed square. In another case ``'' that tightly fits into this case K'', recesses 16 and 17 and protrusions 18 and 19 formed in each case are removably fitted.

FIG. 1(B) is a rear view of FIG. 1(A) with FIG. 1(A) turned over. That is, on one side wall surface a marked on the pie P or pie P', that is, on the back side of the number R, a pattern A, A'', a part g of the letter C' (see Fig. 2), or a mark M' is printed, respectively. Therefore, the numbers of pi P on each number side are in a certain specified order (first
(see figure or figure 3), the patterns A, A”
is completed, and when the pies P are arranged in a fixed order or in a random order, regardless of the specific order, the pictures A, A
” side or the number R side will be disassembled into pieces.

The part where Manako's patterns A and A' are divided into two by each pie P ([
) to (X), (Y> binding, that is, according to the diagram, two pieces of pie P are arranged vertically on the left and right, and the independent patterns A and A'' are arranged in mutual rows (X) (Y). (See Figures 2 and 4); or, depending on the design, for example, depending on the design, two or four pieces are printed in two rows above and below, and each row is printed By printing independent designs such as fish designs on top and bottom, it is possible to change the independent designs on top and bottom by moving the pie in a specified fixed order.

Similarly, for the character C', if the character C' is long, each column (X) (Y) divided into the two columns (X, Y)
), respectively (see Figures 2 and 4), or, for example, the back side of a pie P' with a mark M on the number matching side is either plain or has a mark M'' on it. In this way, even if this pie P'P is removed from the case K'', a part of the continuation letter C' will not be missing. Therefore pi P
It is also possible to print marks M' and M'' on both sides a and a' of ``P', or to have a plain pie P' (see Figs. 2 to 4).

In this case, mark M', M'' is on both sides a of pie P'
, a' or plain color, and this pie P'
For example, the order in which all the numbers R are specified without missing a part of the last square C' in the pie P, and without missing not only the pattern but also the number R in the pie P, or They can be arranged in a fixed order.

FIG. 3 is a front view of the case in which the numbers R in case K'' in FIG. The pie P' marked with M' is removed from the case,
A perspective view of this pie P' is shown together with a front view.

Combine the combination in Figure 1 with the number R and 4 vertically as shown in Figure 3.
If they are arranged in such a way that the numbers increase sequentially, the positions of the patterns A, A'' and the letter C will change as shown in FIG. 4. This is done by moving each pie P in the same way as above. Therefore, if the numbers R are arranged in the specified order as shown in Figures 1 and 3, the patterns A, A' and the letter c on the back side
, c' is completed, but for example, pi P is shown in Fig. 9 (1)
If the numbers are moved in a certain order as in 4), when the number R side is completed, the patterns A and A' on the back side will be moved.
As mentioned above, it decomposes into pieces.

FIG. 4 is a rear view of FIG. 3, and when the pi P' is moved in the specified order as shown in FIG.
The pies P are arranged in opposite directions, like the pictures A and A' in FIG.

Further, FIG. 4 shows a perspective view of the pie P' with the mark M' removed from the =' in this case.

FIGS. 7 and 8 are back views of the case K" and the case "" that house the respective pies P and P', and one or both of the cases K" and K"" are made of a transparent material and are square. A part of the peripheral edge 16' of one case K'' is formed into a mold.
The case is formed with a protrusion piece 17 that fits into a recess 19 of "'', and a recess 16 into which a protrusion piece 18 of "'' fits into the case.

In addition, the depth l of each case K'', K'' is approximately half the thickness l' of each pie P and pie P' (the eighth
(see figure).

Figures 9 (1) to 4) show various ways of playing the number matching game.

In other words, (1) in Fig. 9 is a vertical arrangement of 1 to 15, and (2) in the same figure is
) are arranged up and down, the same figure (3) is arranged spirally, and the same figure (4
) is in reverse order.

FIG. 10 is a perspective view of a pie P in which the alphabet 20 is marked, and the numeral R described in detail can be changed to the alphabet 20.

Effects of the Invention As described above, the present invention marks a code such as a number or an alphabet on one side wall surface (for example, the front surface) of a pie, and also marks 1115! on the other side of the pie. By providing a part of the pattern to be completed on the front side (for example, on the back side), the number matching game and the pattern matching game can be combined into one by using various combinations.
You can enjoy it with a separate game device, and if you leave it in the case, cover it with another case, and then flip it over, you can play the game from matching numbers to matching pictures, or vice versa, continuously. There is no longer the hassle of throwing each pie out of the case or taking the trouble of manually putting the pie in pieces into the case as in the past, and since you only need to purchase one piece, it is inexpensive and has a lot of special effects. It is.

[Brief explanation of the drawing]

The figures show one embodiment of the present invention, in which Figure 1 is a front view of a number matching game machine, Figure 1 (a) is a front view of a pie,
Figure (B) is a rear view of Figure 1 (A), Figure 2 is a rear view of Figure 1, Figure 3 is a front view of Figure 1 with the pie moved, and Figure 4 is a rear view of Figure 1 (A).
The figure is a rear view of Figure 3, Figure 5 is a front view of a conventional number matching game device, Figure 6 is a front view of a conventional pattern matching game machine, Figures 7 and 8 are back views of each case, FIG. 9 is an explanatory diagram of number matching, and FIG. 10 is a front view of a pie in another embodiment. A, A''...Picture G'...Letter R...Number G...Number matching game device G'...Picture matching game device P, P'...Pi S... Space part K, K'', K'', K'''...Case Fig. 1

Claims (1)

[Claims] 1. Two cases of predetermined dimensions, one or both of which are transparent and have a depth approximately half the thickness of the pie, and a plurality of cases housed in one of the cases. In a pie combination game device having a pie and a pie that is taken out from the case in advance at the start of the game, a code such as a number or an alphabet is printed on one side wall surface (surface) of the pie housed in the case. , and the other side of the pie marked with this sign (
A pie combination game machine characterized by marking a part of the pattern to be completed on the side wall surface (back side). 2. In the pie of the game machine, a plurality of pies with a number on one side wall of the pie and a part of a picture on the other side wall are provided in the case, and the pie with this number on the front side is identified. When they are lined up in a certain order in the case, each part with a part of the pattern marked on the back is combined to form a completed pattern, and multiple pies with numbers marked are lined up in a certain order. A pie combination game device characterized in that when a part of the pattern is marked, the pattern on the side marked is separated into each part to become a decomposed pattern. 3. In the pie of the game machine, a plurality of pies each having an alphabet on one side wall and a part of a picture on the other side wall are provided in the case, and a plurality of pies with alphabets marked on the front side are provided, When arranged in a certain specified order, each part of the pattern on the side where a part of the pattern is marked is combined to form a completed pattern, and multiple pies with alphabets marked on the surface are arranged in a certain order. A pie combination game machine characterized in that, when juxtaposed, the pattern on the side where a part of the pattern is marked becomes a separate pattern for each part. 4. In the pies of the game machine, two rows (X) and (Y) of pies are arranged in parallel in one case and each of the pies is equally divided into two. This combination game device is characterized in that independent pictures and letters are separately provided on the side wall surface, and the completed pictures are displaced when numbers or alphabets are arranged in a specified order.